Yeah. Great question, James. And so, yeah, the -- obviously, there’s an instilled base of incumbents that have provided traditional wind towers, both land and offshore markets. And it’s a slow, heavy fabrication process that’s typically used. Design is not optimal in terms of what they’re delivering into the marketplace. And so, what you -- you’ve known us for a long time and our mission in life is to increase the efficiencies associated with the production of energy around the world. And we saw that there are better ways to do things in the renewable space. The renewable space was clearly in need of a lot of time and attention in terms of driving improved economics. Obviously, before us, the industry had done a great job bringing down costs through more standardized manufacturing processes and getting towers taller and going to bigger turbines. They were hitting a wall and our brilliant scientists and engineers put their hats on and tried to identify ways to further drive the improvement in economics. And while we were working on our own solutions, we came across this really smart group of individuals that had designed this technology, the spiral weld technology that not only allows you to manufacture wind turbine towers at a faster rate, but also using less steel so lower cost, faster production. And what we really got excited about was the longer term potential of building these plants in fields where you can more optimally design these tower sections. So, traditional wind tower that’s built right now to overcome the logistics of getting up and down the highway, even for the tower heights they’re building today, the bottom portion of the tower is using much thicker steel than you should. Ideally, you would have wider base with thinner steel would be much more efficient, plus you could go to much taller heights. If you build the tower sections in the field and assemble in the field, you can overcome that issue, have an optimally designed tower and go to much higher heights and utilize bigger turbines, bigger blades, drive much better economics. So, obviously, our first foray here is to prove out the technology, which we’ve done. We have sold commercial sections out of our plant, our fixed plant in Pampa, Texas. We’re working really hard to scale up those operations to begin making deliveries under this new contract in mid-2025. And then we’ll see where the business takes us, but as I mentioned, we’re really excited about those infield manufacturing plants that will come at some point in the future.